Simulation Based Performance Comparison of Routing Protocols DSR & DSDV with HASME

Abstract

The framework for the transmission of network packets securely will perform route discovery safely. This
will use an essential algorithm to determine a reliable path for establishing a secure channel. The need for
an efficient algorithm is to authenticate the forwarding requests and random challenges which could be
faced by the source end which runs the algorithm by providing a onetime secret sharing mechanism. This
is the scheme followed by almost all the networking protocols, but not all the network connections are safe
and secure. The performance evaluation of ad hoc routing protocols is much effective compared to other
routing protocols and there comes the MANET (Mobile Ad Hoc Network). In our paper, we utilize DSDV
(Destination-Sequenced Distance-Vector) routing protocol from the MANET network. We utilize DSR
(Dynamic Source Routing) as well, it’s an effective routing protocol to be used in multiple ad hoc networks.
Thus our proposed methodology is to provide a secured transfer of network packets from source to
destination without any security breach. Our suggested scheme utilizes MANET protocols – DSR and
DSDV. We have evaluated the performance as well through throughput, end to end delay, and packet loss
ratio of the proposed protocols and compared it with HASME. The experimental result is much more
effective than other existing methodologies. In this paper, we have done a comparative analysis of the
existing HASME protocol. When compared to DSR Protocol, the HASME protocol has a packet loss ratio
decrease by 92% when compared to DSDV Protocol and the HASME protocol packet loss ratio is a
decrease by 95%